PINE LIBRARY
CyberMarketLib
# CyberMarketLib v2
CyberMarketLib provides market structure analysis combining swing point detection, Break of Structure (BoS) / Change of Character (CHoCH) identification, session classification, and volatility regime tracking.
## What it does
Delivers four core capabilities: swing point tracking (configurable left/right bar lookback), market structure events (BoS/CHoCH for trend continuation vs reversal), session classification (Asia/London/NY via UTC bucketing), and volatility regimes (LOW/NORMAL/HIGH/EXTREME via ATR percentiles). Build context-aware indicators that adapt to market conditions.
Outputs FractalData structs, StructureEvent/Session/VolRegime enums. All pivots use confirmed swing points (requires right_len bars validation), preventing repainting.
## How it works
Swing detection: `high[left_len] < high[0] > high[right_len]`. Stores pivots in SwingHistory circular buffers with automatic capacity management.
BoS/CHoCH follows Smart Money Concepts:
- BOS_UP/DOWN: Price breaks recent swing (trend continuation)
- CHOCH_UP/DOWN: Pivot break after opposite swing (reversal)
Sessions via UTC hours: ASIA (00-08), LONDON (08-13), NY_OVERLAP (13-17), NY_AFTERNOON (17-21), OFF_HOURS (21-24).
Volatility regimes via ATR percentiles (100-bar window): LOW (<25th), NORMAL (25-75th), HIGH (75-90th), EXTREME (>90th).
## Why this is original
Only TradingView library combining BoS/CHoCH, sessions, and volatility regimes. Existing SMC indicators lack reusable libraries.
Unique features:
- Confirmed pivots only (no repainting)
- CHoCH sequence analysis (pivot pattern detection)
- UTC-based sessions (exchange-agnostic, DST-safe)
- Percentile volatility (asset-adaptive)
- Circular buffer (O(1) operations, memory-efficient)
Designed for composability: sessions → conditional logic, regimes → stop multipliers, BoS/CHoCH → entry/exit signals.
## How to use it
```pine
//version=6
indicator("CyberMarketLib Demo", overlay=true)
import cybermediaboy/CyberMarketLib/2 as ML
// Swing points + BoS/CHoCH detection
var swing_hist = ML.f_swing_history_new(max_n=20)
var fractal = ML.f_detect_pivot(left_len=5, right_len=5)
if not na(fractal)
swing_hist.push(fractal)
var event = ML.f_detect_structure_event(swing_hist, close)
// event: BOS_UP, BOS_DOWN, CHOCH_UP, CHOCH_DOWN, NONE
// Session + volatility regime
session = ML.f_current_session() // ASIA, LONDON, NY_OVERLAP, etc.
vol_regime = ML.f_volatility_regime(14, 100) // LOW, NORMAL, HIGH, EXTREME
// Adaptive stops
atr = ta.atr(14)
stop_mult = vol_regime == ML.VolRegime.EXTREME ? 3.0 : 1.5
plot(close - atr * stop_mult, "Stop", color.red)
```
## Key functions
- `f_detect_pivot()` - Confirmed swing points (no repainting)
- `f_detect_structure_event()` - BoS/CHoCH detection
- `f_current_session()` - UTC-based session classification
- `f_volatility_regime()` - ATR percentile regimes
- `f_htf_for()` - Higher timeframe string generation
- SwingHistory UDT - Circular buffer for pivot storage
## Limitations
- Swing detection: `right_len` bars confirmation delay (lag vs repainting indicators)
- BoS/CHoCH: Assumes trending markets (false signals in choppy ranges)
- Sessions: UTC-only (no exchange-native or DST-aware sessions)
- Volatility: ATR-based only (may lag on sudden spikes)
- SwingHistory: Fixed capacity at initialization
- CHoCH: Requires manual state tracking to avoid duplicate signals
CyberMarketLib provides market structure analysis combining swing point detection, Break of Structure (BoS) / Change of Character (CHoCH) identification, session classification, and volatility regime tracking.
## What it does
Delivers four core capabilities: swing point tracking (configurable left/right bar lookback), market structure events (BoS/CHoCH for trend continuation vs reversal), session classification (Asia/London/NY via UTC bucketing), and volatility regimes (LOW/NORMAL/HIGH/EXTREME via ATR percentiles). Build context-aware indicators that adapt to market conditions.
Outputs FractalData structs, StructureEvent/Session/VolRegime enums. All pivots use confirmed swing points (requires right_len bars validation), preventing repainting.
## How it works
Swing detection: `high[left_len] < high[0] > high[right_len]`. Stores pivots in SwingHistory circular buffers with automatic capacity management.
BoS/CHoCH follows Smart Money Concepts:
- BOS_UP/DOWN: Price breaks recent swing (trend continuation)
- CHOCH_UP/DOWN: Pivot break after opposite swing (reversal)
Sessions via UTC hours: ASIA (00-08), LONDON (08-13), NY_OVERLAP (13-17), NY_AFTERNOON (17-21), OFF_HOURS (21-24).
Volatility regimes via ATR percentiles (100-bar window): LOW (<25th), NORMAL (25-75th), HIGH (75-90th), EXTREME (>90th).
## Why this is original
Only TradingView library combining BoS/CHoCH, sessions, and volatility regimes. Existing SMC indicators lack reusable libraries.
Unique features:
- Confirmed pivots only (no repainting)
- CHoCH sequence analysis (pivot pattern detection)
- UTC-based sessions (exchange-agnostic, DST-safe)
- Percentile volatility (asset-adaptive)
- Circular buffer (O(1) operations, memory-efficient)
Designed for composability: sessions → conditional logic, regimes → stop multipliers, BoS/CHoCH → entry/exit signals.
## How to use it
```pine
//version=6
indicator("CyberMarketLib Demo", overlay=true)
import cybermediaboy/CyberMarketLib/2 as ML
// Swing points + BoS/CHoCH detection
var swing_hist = ML.f_swing_history_new(max_n=20)
var fractal = ML.f_detect_pivot(left_len=5, right_len=5)
if not na(fractal)
swing_hist.push(fractal)
var event = ML.f_detect_structure_event(swing_hist, close)
// event: BOS_UP, BOS_DOWN, CHOCH_UP, CHOCH_DOWN, NONE
// Session + volatility regime
session = ML.f_current_session() // ASIA, LONDON, NY_OVERLAP, etc.
vol_regime = ML.f_volatility_regime(14, 100) // LOW, NORMAL, HIGH, EXTREME
// Adaptive stops
atr = ta.atr(14)
stop_mult = vol_regime == ML.VolRegime.EXTREME ? 3.0 : 1.5
plot(close - atr * stop_mult, "Stop", color.red)
```
## Key functions
- `f_detect_pivot()` - Confirmed swing points (no repainting)
- `f_detect_structure_event()` - BoS/CHoCH detection
- `f_current_session()` - UTC-based session classification
- `f_volatility_regime()` - ATR percentile regimes
- `f_htf_for()` - Higher timeframe string generation
- SwingHistory UDT - Circular buffer for pivot storage
## Limitations
- Swing detection: `right_len` bars confirmation delay (lag vs repainting indicators)
- BoS/CHoCH: Assumes trending markets (false signals in choppy ranges)
- Sessions: UTC-only (no exchange-native or DST-aware sessions)
- Volatility: ATR-based only (may lag on sudden spikes)
- SwingHistory: Fixed capacity at initialization
- CHoCH: Requires manual state tracking to avoid duplicate signals
Pine kitaplığı
Gerçek TradingView ruhuyla, yazar bu Pine kodunu açık kaynaklı bir kütüphane olarak yayınladı, böylece topluluğumuzdaki diğer Pine programcıları onu yeniden kullanabilir. Yazarı tebrik ederiz! Bu kütüphaneyi özel olarak veya diğer açık kaynaklı yayınlarda kullanabilirsiniz, ancak bu kodun yayınlarda yeniden kullanılması Topluluk Kuralları tarafından yönetilir.
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, alım satım veya diğer türden tavsiye veya öneriler anlamına gelmez ve teşkil etmez. Kullanım Koşulları bölümünde daha fazlasını okuyun.
Pine kitaplığı
Gerçek TradingView ruhuyla, yazar bu Pine kodunu açık kaynaklı bir kütüphane olarak yayınladı, böylece topluluğumuzdaki diğer Pine programcıları onu yeniden kullanabilir. Yazarı tebrik ederiz! Bu kütüphaneyi özel olarak veya diğer açık kaynaklı yayınlarda kullanabilirsiniz, ancak bu kodun yayınlarda yeniden kullanılması Topluluk Kuralları tarafından yönetilir.
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, alım satım veya diğer türden tavsiye veya öneriler anlamına gelmez ve teşkil etmez. Kullanım Koşulları bölümünde daha fazlasını okuyun.